RTX A6000
NVIDIA RTX A6000, Ampere, 48 GB
- Index
- Not enough live prices for an index yet
- per GPU-hour, As of Oct 25, 2026
- 7D %
- no data yet
- Providers
- 2
- 11 offers
- Range
- 0.790.700.65 – 1.090.970.90
- per GPU-hour
The price engine is not reachable right now. Shown: the last data received, as of Oct 25, 2026, 21:05 UTC.
Daily index of RTX A6000 per GPU-hour
Charts start with 14 days of index data. Expected from Nov 8, 2026.
Factsheet
- Index
- Not enough live prices for an index yet
- Cheapest current offer
- USD 0.79EUR 0.70CHF 0.65 Verda (formerly DataCrunch), Finland
- Providers
- 2 (11 offers, 0 in index)
- Countries
- 1
- Price per pricing model: On-demand
- USD 0.79EUR 0.70CHF 0.65 cheapest
- Price per pricing model: Spot
- USD 0.39EUR 0.35CHF 0.32 cheapest
- Price per pricing model: Reserved
- no offer
- High since start
- –
- Low since start
- –
- Range
- 0.790.700.65 – 1.090.970.90
- 1D
- no data yet
- 30 days
- no data yet
- Year to date
- no data yet
- Pricing models
- On-demand, Spot
- Use cases (manufacturer)
- Training large models, Inference Manufacturer page
- As of
- Oct 25, 2026
No index yet: the index needs prices from at least 3 providers. Single offers stay visible.
Price distribution
Cheapest comparable on-demand price of each provider, from lowest to highest. The line marks the index.
Cheapest offers
All offers (11)| Provider | Configuration | Location | Price per GPU-hour |
|---|---|---|---|
| Verda (formerly DataCrunch) | RTX A6000 x4 | Finland | 0.790.700.65 |
| Lambda | RTX A6000 x4 | location not stated | 1.090.970.90 |
About this GPU
The RTX A6000 is a professional GPU (Ampere) for design, rendering and visualization, also used for AI development.
RTX A6000 is a data center GPU by NVIDIA based on the Ampere architecture, introduced in 2020. Offered variants: RTX A6000. Specifications are manufacturer figures.
Source: manufacturer: www.nvidia.com
Daily index of RTX A6000 per GPU-hour
Charts start with 14 days of index data. Expected from Nov 8, 2026.
Specifications
Manufacturer figures as delivered by the price engine. Tensor values as stated: dense or with sparsity.
| Model | Memory | Type | Bandwidth | FP8 | FP16 | FP32 | Tensor values | Max. power | Interconnect | Source |
|---|---|---|---|---|---|---|---|---|---|---|
| RTX A6000 | 48 GB | GDDR6 | 0.77 TB/s | – | 154.8 | 38.7 | dense | 300 W | PCIe Gen4; NVLink 3 (bridge, 2 GPUs) | www.nvidia.comretrieved Oct 18, 2026 |
FP8, FP16, FP32: TFLOPS.
How these figures are calculated
The index is the typical price of a GPU: the median of the cheapest on-demand price per GPU-hour of each direct provider (hyperscalers excluded), taken from the provider's latest live fetch within the last 3 days, with outliers removed; it is shown only when at least 3 providers have a price.
The cheapest current offer is the single lowest comparable on-demand price of any provider and source, including hyperscalers and published prices up to 14 days old.
Changes over 1, 7 and 30 days and the price chart use the same daily index, and a change compares only providers with a price on both days, so a provider joining or leaving does not move the number.
- index
- median across direct providers (hyperscalers excluded) of each provider's cheapest comparable on-demand price per GPU-hour from its latest live retrieval within the last 3 days (official API, public price page or partner feed), outliers (below 1/3 or above 3x the median) excluded; published only with at least 3 providers
- cheapestCurrentOffer
- lowest current comparable on-demand price per GPU-hour of all providers and sources (live, published within 14 days, hyperscalers included), outliers excluded
- providers
- All providers with a current offer for this GPU (GPU-only partial prices and offers without a stated pricing model excluded), any source and pricing model, hyperscalers included; usually more than indexProviders.
- change
- Change of the index against the last value on or before 1, 7 or 30 days ago, over the providers with prices on both days.
- high52w
- Highest and lowest daily index of the last 52 weeks; until 52 weeks of data exist, counted from dataSince.